- Clone 'AHC0AAA195YH10' >
- Transcript 'Haaura.CG.MTP2014.S4...'
Transcript Model
Transcript Id
Haaura.CG.MTP2014.S460.g05181.01.t
Possible name(s)
PLEKHG1; PLEKHG2; PLEKHG3
Gene model
Location
S460 [2,763 / 28,144]
Amino acid sequence
Length: 2,010
>Haaura.CG.MTP2014.S460.g05181.01.p
MSSIQGSTEQVRNPSSTKSKPARRRRNKDSSKKKAENKQQDDSNLSVPKQCHGRIPSPIQ
MTLTNCHVDGDFPSSPDSPSHFQNVFPSPPASPSRLNVEFMVGGRISPNCAAHSTQNLRG
NNSSAFADESPLPSPPLDDKSYDSGRPMSLDSFRSFGSGRPTSLSSVTSSISSRTSRGSD
YFSSASSTGQPTDQQQQVTSYRLGLQTVLPDLNESDSTERFVADSEAQATNRSTNSDTFA
KSGNHNSNKISSIASSHGPAKGRNKSDVNHARAAAFAAQDKDLNHVDHLSPVATMAMLAN
PELSYVDRVILELLETEQMYVKSLRDILTGYLATIRSTPELKIHPNDVEDLFGNIRDIYD
FNRNLLADLEGCCGDPVHVASCFVSKMKQDEDFRVYTEYCTNYPCSVAAMTRCMRNPGLA
RFFKVQQDHLRHTLPLGSYLLKPVQRILKYHLLLQELVKHCDKQCEGYPTIQTALHTMTR
VARHINDMKRKHEDAVHIQGNELATYGELVLETEMKMQGAKNERQVFLFEKMILITKRRE
DGYLVCKVNIMCSNLVMLESIPNVPLGFQIQPFSDNLPSHHNPHGREPQNDPARLQRYTM
LAPSIDEKKLWTYHIKRLIIENHHAAIPLKVKQCIMRMKPKRDGDIDISDEEMQIKEKPR
FGPNALLGSKKATTEIKTRRRSDPYSRKGLHLRALRKKDEVESSDDISSDSVPNTPSGLK
VPGKFSFPSLRPQTTRPAVSSTAKTTYMQVHKPTPARANSETKSSTTKHEQPVPGDGQNK
VAKPHHQSVIYRRHKRRTSQPITIIEKRLSMKLPDDEEKGGEAVNCDGENAKKQLDDEDL
DELMNFNPLTARESISWDIQIVEAVFERYKQESAKTTDVGDADNDENNTSLDSTFLTVRS
DIAPSPLMALDHTPNLSERRKSRIVVVPSDTSGDDKKAKKLIKNTASTVIRRRKDKNIRT
AYRTSGVVYNLSQEKEVESDGGVDETKHFIRKITQASESGRKSMVIHESDTDIETNQILK
EKAVVARRKSSLRRRERNIRRKASENNETNSLKASSESLSNASSTTHNISETDGRRRSIY
DNVDDGIVEISTTRAEDGSKNVTTVLTTTTALSKSPFAFPTMPTISTPTSSTNVVTTHLN
SRMSSIQGSIVHGSANNNLNNNKQKQDHVQSLQERLAAKNITDDTKNIPSGTVRGLMQLW
SNDRNIGSPSSKVTCHVTSPNVRTPVTSPRASLSKIHLPFDSMTSPNTTASVVCCGQSSV
KSSPISSIDKFSLKEISTKHDSNASDDILEIREDGDNKVALSPPSRYSVLTTASLPLTLT
SSSSSGNESETTIVERVKRLSNGDYEKALNTSIESVVSCSEMKRIPGPALFIRRTFSRED
NSNTRRSTNLVLEARMSGEYTQSVPADDMVFHGVTDDVPLGKEDAVKNRFVGDESLNEAK
HYLFEKLCLTTPGESKITDKMSEDFEHVCSDLEKKQAFGKNESHTFSTSEDDIIERSHIL
GKGNGSVHSKKEEENISEDNQQILESLKKHHHPHKKVVPKEEIVGNTYIHHQDETARERL
EKVDQQHVPKILPHRSDSIRSTRSEYLPVKSLLRTSMDRNDNERKPRGRCLSNRSRNSYM
SRLPARDIEAIPQKNVLRLMKQFSEITKTSEKMTTPTLRRSKSVGVSSRLRQKLQVHENK
KEAKLPSQQQKENQTLYSSSTSNISTANDVSQNKNQPNCRKPTKSFLQNASIKVDEKLTC
KITDNSQTLRVIKVIHDSVPSDEDNDDVFASPPSEKSPDVVSSVLLGKEKNSATAPDLSS
IETRDKKEEEGEDHSLKKLSLIEMFAANPKPKTGIAEQKEEVDDHREAEKVDEVGSENEE
KLIHNRYDPINTYKNNNQRVKVILVHKPNDTGGGRSLEPRVLNLGKASPEANVPRFSKTR
LNSDDFTNREVKLPEISSDDKRRSWSNHGTVKSELMEKPSTRFRSSSFTRDKRKRMRKSR
LSESSDLDDCSSNRKAWIEPLCRETGDVK*
Nucleotide sequence
Length: 6,030
>Haaura.CG.MTP2014.S460.g05181.01.t
ATGAGTTCGATTCAAGGCTCTACGGAGCAGGTGCGGAATCCAAGTTCCACAAAGAGCAAA
CCGGCCCGCAGACGACGAAACAAGGACTCTTCGAAAAAGAAAGCCGAAAATAAGCAGCAA
GATGATTCCAATTTGTCTGTACCGAAACAGTGCCACGGTAGAATACCATCGCCGATTCAG
ATGACCTTAACGAATTGTCATGTCGACGGTGATTTCCCATCTTCGCCAGATTCACCTTCC
CATTTTCAAAACGTGTTTCCATCTCCGCCCGCTTCACCCTCGCGATTGAACGTTGAATTC
ATGGTCGGTGGTCGCATATCACCCAACTGTGCTGCTCATTCGACACAGAATTTACGCGGA
AACAATTCGTCCGCGTTTGCTGACGAATCGCCGCTTCCGTCTCCTCCTCTCGACGACAAA
TCTTACGACAGCGGAAGACCCATGAGTTTAGATTCCTTCCGTTCATTCGGCAGCGGTAGA
CCGACTAGTTTAAGTTCGGTGACGTCATCAATATCTTCAAGGACGTCGAGAGGAAGCGAC
TACTTCAGCAGCGCTTCGTCAACCGGTCAGCCAACCGACCAACAGCAACAGGTCACTTCA
TACAGGCTTGGTCTGCAAACAGTATTACCTGATTTGAACGAGTCAGATTCCACGGAACGC
TTCGTTGCCGATTCCGAAGCGCAAGCAACTAACCGGAGCACGAACTCTGACACATTTGCC
AAATCTGGCAACCACAATTCTAATAAAATAAGTTCGATTGCGTCATCGCACGGACCGGCT
AAGGGTAGAAATAAAAGCGACGTCAATCACGCAAGAGCAGCCGCGTTTGCGGCACAGGAC
AAAGATTTGAATCACGTGGATCATCTGTCTCCCGTAGCGACAATGGCTATGCTTGCTAAT
CCAGAGCTTTCTTATGTGGACCGAGTCATATTGGAATTACTGGAAACGGAGCAAATGTAC
GTGAAATCACTCAGGGATATATTGACGGGTTACCTGGCCACGATACGGAGCACGCCAGAA
CTGAAGATTCACCCGAACGATGTCGAGGACTTGTTTGGCAACATCCGGGATATTTATGAT
TTTAACAGAAATCTTCTGGCAGATCTTGAAGGGTGCTGTGGTGATCCAGTTCATGTTGCC
AGTTGTTTTGTTTCAAAGATGAAACAGGATGAAGACTTCCGTGTCTATACTGAATACTGT
ACGAACTATCCGTGCTCTGTTGCAGCCATGACAAGATGCATGAGAAATCCAGGTCTAGCG
CGATTTTTCAAGGTACAACAAGATCATCTTCGACACACCTTGCCTCTCGGTTCTTATCTA
CTGAAACCCGTTCAGCGTATTCTCAAATATCATCTCCTACTGCAGGAATTGGTGAAGCAC
TGTGACAAGCAGTGTGAAGGTTATCCGACAATACAGACAGCCTTGCACACGATGACGAGA
GTTGCAAGACATATAAACGATATGAAGAGAAAGCATGAAGACGCGGTTCACATACAGGGA
AATGAGCTTGCCACTTACGGTGAACTGGTGCTGGAGACTGAAATGAAAATGCAGGGTGCG
AAAAATGAGCGTCAAGTGTTCCTCTTTGAGAAAATGATTCTCATAACGAAAAGACGAGAG
GATGGCTATCTTGTGTGCAAAGTGAACATAATGTGCTCAAATCTCGTTATGTTGGAGAGC
ATCCCGAATGTTCCACTGGGATTTCAGATCCAGCCATTTTCAGACAACCTACCAAGCCAT
CATAATCCACATGGTCGGGAACCGCAGAATGATCCAGCTCGATTGCAACGATACACTATG
TTAGCGCCTTCCATTGACGAAAAAAAATTATGGACATACCATATAAAACGGCTCATTATC
GAGAACCACCATGCTGCGATTCCTCTAAAGGTCAAGCAGTGTATAATGAGAATGAAACCT
AAGAGAGATGGAGACATTGATATATCGGATGAAGAAATGCAAATTAAAGAAAAGCCAAGA
TTTGGGCCAAACGCTTTGCTTGGATCAAAAAAGGCGACTACTGAAATTAAAACGCGGAGA
CGCTCAGATCCATATTCAAGAAAAGGTCTACATTTGCGAGCTCTTCGTAAAAAAGATGAA
GTCGAAAGTAGCGATGATATTAGCTCCGACTCGGTACCAAACACACCATCTGGTCTCAAA
GTACCAGGCAAGTTTTCTTTTCCCAGTTTGAGGCCTCAAACAACACGTCCCGCTGTATCA
TCCACTGCCAAGACTACCTACATGCAAGTTCATAAACCGACCCCAGCTAGGGCTAACAGT
GAAACCAAGTCTTCAACTACGAAGCATGAGCAGCCGGTACCTGGTGATGGTCAAAATAAA
GTTGCCAAACCTCATCACCAATCTGTAATATACAGACGACATAAACGCAGAACAAGCCAA
CCAATCACAATCATCGAAAAACGACTGAGCATGAAATTACCTGACGACGAGGAAAAAGGC
GGAGAGGCCGTCAACTGTGATGGAGAAAATGCGAAAAAACAATTGGATGATGAAGATCTC
GATGAACTGATGAACTTTAATCCTCTTACTGCAAGGGAAAGCATCAGTTGGGATATCCAG
ATAGTAGAAGCTGTTTTCGAAAGATACAAGCAGGAGTCTGCAAAGACCACAGACGTTGGT
GATGCGGATAACGATGAAAACAACACAAGCTTGGATTCGACATTCCTGACGGTTCGAAGC
GACATAGCTCCTTCACCGCTCATGGCTCTTGATCACACTCCAAATTTGAGTGAGAGGAGG
AAGAGCAGGATAGTTGTCGTTCCTTCCGATACTTCGGGCGATGATAAAAAAGCTAAAAAG
TTGATTAAGAATACAGCTAGTACTGTCATCAGGCGAAGGAAGGATAAAAATATCCGAACA
GCTTACAGGACAAGTGGAGTTGTCTACAACTTATCACAGGAGAAGGAGGTGGAATCAGAT
GGCGGTGTTGATGAGACGAAGCATTTCATCAGAAAGATAACTCAGGCCTCCGAAAGTGGG
AGAAAATCAATGGTAATTCATGAAAGTGATACAGATATAGAAACGAATCAAATATTGAAA
GAAAAGGCAGTGGTGGCCCGACGGAAATCTTCCTTGCGTCGGCGAGAGAGAAACATCCGA
AGAAAAGCGAGCGAAAATAACGAAACTAACTCACTGAAAGCGAGTTCGGAATCCTTGTCA
AATGCGTCTTCGACCACACACAATATTTCAGAAACAGACGGTAGAAGACGAAGTATTTAT
GACAATGTTGATGACGGGATTGTTGAGATCTCGACGACTCGGGCAGAAGACGGCAGTAAG
AACGTCACCACTGTCCTCACTACCACAACGGCGCTCAGTAAGTCACCTTTCGCCTTTCCT
ACGATGCCCACCATAAGTACTCCAACAAGTTCCACCAACGTAGTGACTACGCATCTGAAT
TCTAGAATGTCTAGCATACAAGGGAGTATAGTTCATGGGTCTGCAAATAATAACTTGAAT
AACAACAAACAGAAACAGGATCACGTGCAATCGTTGCAGGAAAGACTTGCAGCAAAAAAT
ATTACTGATGACACGAAAAATATACCGAGTGGAACCGTTCGTGGTTTAATGCAATTGTGG
AGTAACGACAGGAACATCGGCTCACCCAGCAGCAAAGTAACATGTCATGTTACTTCCCCG
AACGTACGTACACCAGTAACAAGCCCAAGGGCGAGCCTCAGCAAAATCCACCTGCCTTTT
GATAGCATGACCAGTCCAAACACAACTGCTTCTGTTGTGTGCTGTGGACAATCATCTGTA
AAGTCCTCCCCCATTAGTTCAATTGATAAATTTAGTTTGAAGGAGATCTCTACAAAACAC
GATAGCAATGCTTCTGACGACATCTTGGAGATTCGGGAGGATGGAGATAACAAGGTTGCT
CTGTCACCTCCAAGTCGATATTCTGTACTAACCACTGCCAGTTTGCCTCTTACGTTAACA
AGCAGTTCAAGTAGTGGCAATGAAAGCGAAACTACGATAGTAGAAAGAGTTAAACGCCTA
TCAAACGGAGATTACGAAAAAGCACTCAACACAAGTATAGAATCTGTGGTGTCTTGTAGC
GAAATGAAAAGAATTCCGGGACCTGCTCTTTTCATACGTCGTACATTCTCGAGGGAAGAC
AATTCAAACACAAGGCGAAGCACTAACCTTGTCCTAGAGGCGAGAATGAGTGGGGAATAC
ACACAGTCGGTTCCGGCAGATGACATGGTTTTTCATGGTGTGACGGATGATGTGCCTTTG
GGCAAAGAGGATGCTGTCAAAAATAGATTTGTAGGTGATGAATCTTTGAACGAGGCTAAG
CATTATCTGTTTGAGAAACTATGTCTGACAACGCCAGGCGAATCGAAAATAACCGATAAA
ATGTCTGAGGATTTCGAGCATGTATGCAGTGACCTTGAGAAGAAACAGGCCTTCGGCAAG
AACGAATCACACACATTTTCGACAAGCGAAGATGATATCATTGAAAGATCTCATATTCTA
GGAAAAGGGAATGGGTCTGTCCATTCAAAGAAAGAAGAGGAAAATATAAGTGAAGATAAT
CAACAAATCCTAGAATCTTTGAAAAAACATCATCATCCACACAAAAAAGTCGTCCCCAAA
GAAGAAATAGTGGGAAATACTTACATCCATCATCAGGATGAAACTGCCCGCGAAAGGCTA
GAAAAAGTTGATCAGCAGCACGTACCTAAGATCTTACCACACCGTTCCGATTCTATCAGG
TCAACGAGGTCTGAGTACCTTCCAGTTAAATCTTTGTTGAGAACTTCCATGGACAGAAAT
GACAATGAGAGGAAACCCAGAGGAAGATGTCTTTCTAATAGAAGCAGAAACTCGTACATG
TCACGATTACCCGCAAGAGACATTGAAGCTATTCCACAGAAAAATGTTCTTAGGTTGATG
AAACAATTCAGCGAGATAACTAAAACGTCCGAGAAGATGACAACTCCTACGTTGAGACGG
AGCAAGTCAGTTGGTGTGAGTTCCAGGTTAAGACAGAAGCTTCAAGTGCATGAAAATAAA
AAAGAAGCTAAATTACCATCTCAGCAGCAGAAGGAAAACCAAACGCTGTACTCATCCTCG
ACTTCCAACATTTCCACTGCAAATGATGTATCACAAAATAAGAATCAACCGAACTGCAGA
AAACCAACAAAATCGTTTCTCCAGAACGCGTCTATAAAAGTGGATGAAAAGCTAACTTGC
AAAATAACTGATAACTCTCAAACACTCAGGGTCATAAAAGTAATCCATGATTCTGTACCT
TCTGACGAAGATAATGATGATGTATTTGCGTCACCACCGTCTGAGAAATCCCCTGATGTT
GTGTCTTCTGTTTTGCTCGGAAAAGAAAAAAATAGTGCTACAGCTCCCGACCTCTCTTCC
ATTGAAACTAGGGATAAAAAAGAAGAAGAAGGAGAAGACCATTCTCTGAAAAAACTATCT
CTGATTGAAATGTTTGCTGCTAATCCAAAACCTAAGACGGGTATAGCCGAGCAAAAAGAA
GAAGTGGATGACCATAGGGAAGCAGAAAAAGTCGATGAAGTTGGGAGTGAAAATGAAGAA
AAGTTGATTCATAATCGGTATGATCCTATCAACACGTACAAAAATAATAATCAAAGGGTA
AAGGTCATACTTGTACACAAACCGAACGATACCGGCGGTGGTCGTTCGCTTGAACCTAGA
GTCTTGAATTTAGGTAAAGCGTCTCCTGAAGCCAACGTACCACGATTTTCAAAGACACGT
CTGAACTCTGATGATTTTACAAATCGAGAAGTCAAACTTCCAGAGATATCTTCAGATGAC
AAGAGGCGCAGCTGGTCGAACCACGGCACAGTGAAATCAGAATTAATGGAGAAACCGTCA
ACTCGTTTTAGATCATCTTCCTTCACGAGGGATAAGAGAAAGAGGATGCGCAAAAGCAGG
CTCTCGGAGTCATCAGATTTGGACGATTGTTCGTCGAACAGAAAAGCATGGATAGAACCA
TTGTGTAGGGAAACCGGAGATGTGAAATAG
| Gene3D |
DBL_dom_sf (IPR035899) - T[292-500] 1.5E-59 |
| SUPERFAMILY |
DBL_dom_sf (IPR035899) - T[301-499] 5.76E-54 |
| ProSiteProfiles |
DH-domain (IPR000219) - T[305-488] 32.293 |
| CDD |
DH-domain (IPR000219) - T[307-486] 1.76993E-43 |
| SMART |
DH-domain (IPR000219) - T[309-487] 7.9E-49 |
| Pfam |
DH-domain (IPR000219) - T[309-486] 1.7E-39 |
| Gene3D |
PH-like_dom_sf (IPR011993) - T[501-636] 8.6E-16 |
| SMART |
PH_domain (IPR001849) - T[509-622] 0.0042 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PKHG1_HUMAN | 48.744 % | 372 | 4.84E-106 |
| PKHG3_HUMAN | 46.348 % | 338 | 1.13E-95 |
| PKHG2_HUMAN | 41.033 % | 238 | 3.61E-63 |